Tapping Test Sieve

The Tapping Test Sieve (alternatively designated as a Ro-Tap Sieve Shaker or Mechanical Sieve Shaker) serves commonly as an inspection apparatus in laboratories, possessing capability for screening diverse material categories. It proves suitable for examining particle size distribution of conventional abrasives, classification in superhard material manufacturing, and particle size evaluation. It finds extensive application across geology, metallurgy, abrasives, powders, chemicals, construction materials (including cement), pharmaceuticals, and additional industries for research, production, and laboratory examination. It executes efficient particle size segregation and appears particularly optimal for classification procedures in diamond micropowder and superhard material sectors, withstanding high-intensity, high-frequency repetitive utilization.

The Tapping Test Sieve incorporates three principal components: the foundation, the sieve assembly, and the transmission system. It accommodates various clamps for adaptable and reliable installation, and it incorporates an automatic termination function.

Working Principle

The Tapping Test Sieve operates via a three-phase asynchronous motor. Energy transfers through a coupling, actuating the worm gear and worm deceleration mechanism, which revolves the vertical shaft and camshaft. This action produces a horizontal circular movement of the sieve while concurrently elevating the tappet to trigger the tapping hammer.

The material experiences a circular motion upon the sieve surface while receiving the impact force from the tapping hammer, prompting it to leap and rotate. According to the mesh dimension, smaller particles traverse through the sieve apertures into the lower sieve frame. This stratified screening procedure guarantees that each test sieve retains exclusively particles of identical size, accomplishing accurate particle separation and establishing the material’s granularity composition.

Details 

Features:

1. Accurate Transmission & Uniformity: Employs gear-driven synchronous belt transmission, guaranteeing precise speed ratio without slippage (contrasted with conventional V-belts, which experience 3% speed reduction). Gear transmission precision achieves 99.99%, assuring uniform sieving motion under identical time parameters. Furnished with a digital timer for automatic cessation after predetermined duration, ensuring reproducibility in testing or manufacturing.
2. Extended Lifespan & Reduced Maintenance Expense: Eliminates direct gear-to-gear interaction, preventing wear between gears. Synchronous belt and gear compatibility strengthens durability—only the belt requires replacement during servicing. Integrated eccentric wheel assembly permits precise and effortless reinstallation. Standard bearing constituents minimize wear, decrease replacement expenditure, and streamline repairs.
3. Superior Sieving Performance: Integrates reciprocating and tapping oscillations, preventing screen blockage. Guarantees rapid material evacuation and complete sieving.
4. Hygienic Operation: Oil-free transmission diminishes maintenance expenses and environmental pollution. Perfect for cleanroom or high-purity manufacturing environments.

Advantages

1. Reinforced Stainless Steel Construction – Robust & Long-lasting
2. Diverse Specifications Available
3. Space-saving Dimensions
4. Minimal Noise Output
5. Simple Operation Process
6. Precise Measurement Results
7. Extensive Application Scope
8. Environmentally-friendly Material Composition

Technical Parameter:

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